Nylon Braided Sleeve of different materials can be woven into different fabrics

Nylon Braided Sleeve of various materials can be made into various fabrics for different applications. For example, Nylon Braided Sleeve can be woven into mesh tubes to protect the outside of cables. The colors can be colorful, depending on the customer's preference. We love that the baskets that the sisters who go to buy vegetables take are also made of mesh tubes of different materials.

The telescopic braided mesh tube is a special tool for weaving. The use of knitting needles can weave larger and thicker fabrics; the use of crochet needles can weave delicate and exquisite fabrics. Of course, under the hands of the knitting master, both knitting needles and crochet needles can be woven into exquisite works. Nylon Braided Sleeve also use cloth patches, embroidery patterns, blue prints, velvet embroidery and other processing techniques to make them more colorful. Embroidery patterns, cloth patches, velvet embroidery or colorful straw patterns are decorated on straw crafts and corn husk baskets, which are elegant and expressive. The corn husk buckle basket is made of blue printed cloth. Against the background of dark blue, the white corn husk buckle weaving is more white and pure as jade.

Nylon Braided Sleeve is one of the basic electronic devices of semiconductor materials. It has the function of current amplification and is an important component of electronic circuits. There are many types of crystalline Nylon Braided Sleeve in my country. The pin arrangement is different. When using braided mesh pipes with uncertain pin arrangement, it is necessary to measure and determine the appropriate position of each pin, or search the tube manual to determine the properties of the Nylon Braided Sleeve and the corresponding parameters and materials. PET flame retardant braided mesh pipe is woven with strong PET wire drawing and has strong elasticity, flame retardancy and elasticity.

For reverse property detection, touch the red pen of the digital multimeter to the positive pole of the Nylon Braided Sleeve and the black pen to the negative pole of the Nylon Braided Sleeve. If the pointer points to the maximum value or close to the maximum value, the pipe is qualified. For the positive direction characteristic test, touch the black probe of the digital multimeter to the positive pole of the braided network tube, and the red probe (negative pole in the meter) to the negative pole of the Nylon Braided Sleeve.

If the pointer does not swing to 0 but stops in the middle of the dial, the resistance at this time is the positive direction resistor of the Nylon Braided Sleeve. Generally, the lower the positive direction resistor, the better. If the positive direction resistance is 0, it indicates that the tube core is short-circuited and damaged. If the positive direction resistor is close to a large value, it indicates that the tube core is short-circuited.